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Evolution of predictive model for Dengue incidence by using machine learning algorithms

机译:基于机器学习算法的登革热发病预测模型的演变

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Dengue is a mosquito-borne, fatal viral disease, which is recently expanding as a global problem. There are three main crucial climatic factors namely temperature, rainfall, and humidity remains critical to the mosquito survival, reproduction, and development, which can further influence the mosquito presence and abundance. A Predictive model for the dengue incidence and its prevalence has been proposed by considering Kerala state's Dengue data. In prediction module the algorithm predicts the number of dengue cases that might occur in that month. In meteorological analysis the relationship between humidity, temperature, rainfall and dengue cases were studied. The machine learning algorithms employed for the prediction were Linear Regression, SVR and Kernel Ridge. Comparative study has been done on meteorological and geo spatial analysis on the data. The parameters taken into consideration for geo-spatial analysis were district's distance from the equator, shortest distance from the nearest seashore & percentage of forest cover in district, and then the altitude of that particular district.
机译:登革热是一种由蚊子传播的致命病毒性疾病,最近已成为一个全球性问题。存在三个主要的关键气候因素,即温度,降雨量和湿度对于蚊子的生存,繁殖和发育仍然至关重要,这可以进一步影响蚊子的存在和丰度。通过考虑喀拉拉邦的登革热数据,提出了登革热发病率及其流行率的预测模型。在预测模块中,算法可预测当月可能发生的登革热病例数。在气象分析中,研究了湿度,温度,降雨量和登革热病例之间的关系。用于预测的机器学习算法是线性回归,SVR和内核岭。已对数据的气象和地理空间分析进行了比较研究。地理空间分析所考虑的参数是区域到赤道的距离,到最近的海岸的最短距离和该区域的森林覆盖率,然后是该特定区域的高度。

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